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公开(公告)号：US20070147271A1
公开(公告)日：2007-06-28
申请号：US11606877
申请日：2006-12-01
Applicant: Biswajit Nandy , Nabil Seddigh , Rupinder Singh Makkar , Peter Steven Pieda
Inventor： Biswajit Nandy , Nabil Seddigh , Rupinder Singh Makkar , Peter Steven Pieda
CPC classification number: H04L43/00 , H04L41/0213 , H04L41/0896 , H04L43/0876 , H04L43/50
Abstract: A real-time network-analysis system comprises a network appliance and a plurality of management devices. The network appliance continuously monitors an object network and synthesizes a current network image comprising contemporaneous indicators of connectivity, occupancy, and performance of the object network. A management-client device may gain access to the network image for timely control and for use in producing long-term network-evolution plans. To enable the creation of a real-time network image, optimized topology synthesis algorithms are devised to minimize the computational effort. The real-time network-analysis system is adapted for use with an object network employing a variety of routing protocols, such as link-state protocols, and network-management protocols, such as the Simple-Network-Management protocol.
Abstract translation: 实时网络分析系统包括网络设备和多个管理设备。 网络设备连续地监视对象网络并且合成当前网络图像，其包括对象网络的连续性，占用率和性能的同时指示符。 管理客户端设备可以访问网络图像以及时进行控制并用于生成长期的网络演进计划。 为了创建实时网络图像，设计了优化的拓扑合成算法以最小化计算量。 实时网络分析系统适用于采用各种路由协议（如链路状态协议）和网络管理协议（如简单网络管理协议）的对象网络。
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公开(公告)号：US20120213215A1
公开(公告)日：2012-08-23
申请号：US13459906
申请日：2012-04-30
Applicant: Stephen G. Rayment , Biswajit Nandy , Tricci Yuk-Ying So
Inventor： Stephen G. Rayment , Biswajit Nandy , Tricci Yuk-Ying So
Abstract: Devices, networks and methods relating to routing gateway traffic in a mesh network for wireless access. A mesh network has multiple nodes in at least one gateway node through which all incoming and outgoing data traffic pass through. The nodes provide wireless access to wireless and user devices, each of which is associated with anode in the mesh network. Each gateway node contains a record detailing which nodes are providing wireless access to which wireless end user device and which nodes are associated with which end user devices. This record of each end user device's location is periodically updated as the gateway node periodically receives data from the nodes which detail the device is being serviced by which node. Any incoming data traffic destined for an end user device is encapsulated and routed to the proper node servicing that end user device.
Abstract translation: 与用于无线接入的网状网络中的路由网关流量相关的设备，网络和方法。 网状网络在至少一个网关节点中具有多个节点，所有传入和传出的数据流量通过该节点通过。 节点向无线终端用户设备提供无线接入，每个终端用户设备与网状网络中的阳极相关联。 每个网关节点包含一个记录，详细说明哪些节点正在向哪个无线终端用户设备提供无线接入，以及哪些节点与哪些终端用户设备相关联。 随着网关节点周期性地从节点接收数据，周期性地更新每个最终用户设备的位置的该记录，详细说明该设备被哪个节点服务。 去往最终用户设备的任何传入数据流量被封装并路由到为最终用户设备提供服务的正确节点。
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公开(公告)号：US07557689B2
公开(公告)日：2009-07-07
申请号：US11601750
申请日：2006-11-20
Applicant: Nabil Seddigh , Biswajit Nandy , Rupinder Singh Makkar , Donald William Arthur Bennett
IPC: G08B9/00
CPC classification number: G08B27/005 , H04L12/1895 , H04L67/18 , H04W4/02
Abstract: An alert system for a communications network has a plurality of client devices and a plurality of alert servers each adapted to provide alerts to a respective subset of the client devices to provide scalability. Users at the client devices subscribe to receive alerts by selecting a scope of distribution of alerts. The selection involves selecting a type of alert to receive, a level of severity of alerts to receive, and a geographic scope. In response to receiving a request to issue an alert, an alert server notifies the other alert servers of the alert. Each alert server determines which client devices of the respective subset of client devices are to receive the alert. Each alert server then sends an alert message to its client devices that are to receive the alert.
Abstract translation: 用于通信网络的警报系统具有多个客户端设备和多个警报服务器，每个警报服务器适于向客户端设备的相应子集提供警报以提供可扩展性。 客户端设备的用户通过选择警报分发的范围来订阅接收警报。 选择涉及选择要接收的警报类型，要接收的警报的严重程度以及地理范围。 响应于接收到发出警报的请求，警报服务器通知其他警报服务器警报。 每个警报服务器确定客户端设备的相应子集的哪些客户端设备将接收警报。 然后，每个警报服务器向其要接收警报的客户端设备发送警报消息。
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公开(公告)号：US06535482B1
公开(公告)日：2003-03-18
申请号：US09306421
申请日：1999-05-06
Applicant: Jamal Hadi Salim , Biswajit Nandy , Nabil Seddigh , Joseph Fook-Kong Thoo
Inventor： Jamal Hadi Salim , Biswajit Nandy , Nabil Seddigh , Joseph Fook-Kong Thoo
IPC: G01R3108
CPC classification number: H04L12/5602 , H04L47/10 , H04L47/12 , H04L47/193 , H04L47/263 , H04L47/30 , H04L47/32 , H04L47/33 , H04L47/35 , H04L2012/5635 , H04Q11/0478
Abstract: In a router in a network comprising a source node, and a receiver node, and other nodes, a congestion monitor determines a degree of congestion, which is sent back to the source node, using an OSI network layer protocol. This enables the flow of packets from the source to be controlled more accurately to maintain high throughput with reduced probability of congestion. Using the network layer rather than lower layers can ensure the indication can be carried across the entire network, and not be lost at boundaries between data links making up the network.
Abstract translation: 在包括源节点，接收器节点和其他节点的网络中的路由器中，拥塞监视器使用OSI网络层协议来确定发送回到源节点的拥塞程度。 这使得能够更精确地控制来自源的分组的流量，以便以较低的拥塞概率保持高吞吐量。 使用网络层而不是较低层可以确保指示可以跨整个网络进行，并且不会在构成网络的数据链路之间的边界处丢失。
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5.发明授权公开(公告)号：US06330602B1
公开(公告)日：2001-12-11
申请号：US08965929
申请日：1997-11-07
Applicant: Eddie Ka Lun Law , Biswajit Nandy , Alan S.J. Chapman
Inventor： Eddie Ka Lun Law , Biswajit Nandy , Alan S.J. Chapman
IPC: G06F1516
CPC classification number: H04L67/1095 , H04L67/02 , H04L67/1002 , H04L67/1027 , H04L69/16 , H04L69/163 , H04L69/329
Abstract: A client-server architecture includes a plurality of clients and a plurality of servers. Information resources are replicated among the servers. According to one aspect, the invention includes an intermediary device called a “depot” sitting transparently between a client and a pool of servers which have the replicated information resources. The depot dynamically distributes multiple sessions contained in a client request among the servers. This architecture realizes a good granular scaleability of servers, and improved server throughput with a good response time. Multiple depots also realize robustness.
Abstract translation: 客户机 - 服务器架构包括多个客户端和多个服务器。 信息资源在服务器之间复制。 根据一个方面，本发明包括一个称为“仓库”的中间设备，其透明地位于具有复制信息资源的客户机和服务器池之间。 仓库在服务器之间动态分发包含在客户端请求中的多个会话。 该架构实现了服务器的良好的粒度可扩展性，并且具有良好的响应时间来提高服务器吞吐量。 多个仓库也实现了鲁棒性。
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Patent Agency Ranking
公开(公告)号：US08125927B2
公开(公告)日：2012-02-28
申请号：US12487086
申请日：2009-06-18
Applicant: Biswajit Nandy , Nabil Seddigh , Sabeel Ansari , Kevin Wong , Rupinder Singh Makkar
Inventor： Biswajit Nandy , Nabil Seddigh , Sabeel Ansari , Kevin Wong , Rupinder Singh Makkar
IPC: H04L12/28
CPC classification number: H04L45/02
Abstract: Methods and apparatus for topology discovery of a network having heterogeneous network devices are disclosed. A network appliance communicates with the network devices to acquire device descriptors and characterize the network devices accordingly. Topology discovery is based on device characteristics, media-access data, and encoded connectivity patterns, where each connectivity pattern is defined by devices of specific device types and respective media-access data. A topology deduction module of the network appliance synthesizes a network image starting with unconnected devices and progressively incorporating detected connectivity patterns.
Abstract translation: 公开了具有异构网络设备的网络的拓扑发现的方法和装置。 网络设备与网络设备通信以获取设备描述符并相应地表征网络设备。 拓扑发现基于设备特性，媒体访问数据和编码连接模式，其中每个连接模式由特定设备类型的设备和相应的媒体访问数据定义。 网络设备的拓扑推导模块从未连接的设备开始合成网络图像，并逐渐整合检测到的连接模式。
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公开(公告)号：US07636318B2
公开(公告)日：2009-12-22
申请号：US11606877
申请日：2006-12-01
Applicant: Biswajit Nandy , Nabil Seddigh , Rupinder Singh Makkar , Peter Steven Pieda
Inventor： Biswajit Nandy , Nabil Seddigh , Rupinder Singh Makkar , Peter Steven Pieda
IPC: H04J1/16
CPC classification number: H04L43/00 , H04L41/0213 , H04L41/0896 , H04L43/0876 , H04L43/50
Abstract: A real-time network-analysis system comprises a network appliance and a plurality of management devices. The network appliance continuously monitors an object network and synthesizes a current network image comprising contemporaneous indicators of connectivity, occupancy, and performance of the object network. A management-client device may gain access to the network image for timely control and for use in producing long-term network-evolution plans. To enable the creation of a real-time network image, optimized topology synthesis algorithms are devised to minimize the computational effort. The real-time network-analysis system is adapted for use with an object network employing a variety of routing protocols, such as link-state protocols, and network-management protocols, such as the Simple-Network-Management protocol.
Abstract translation: 实时网络分析系统包括网络设备和多个管理设备。 网络设备连续地监视对象网络并且合成当前网络图像，其包括对象网络的连续性，占用率和性能的同时指示符。 管理客户端设备可以访问网络图像以及时进行控制并用于生成长期的网络演进计划。 为了创建实时网络图像，设计了优化的拓扑合成算法以最小化计算量。 实时网络分析系统适用于采用各种路由协议（如链路状态协议）和网络管理协议（如简单网络管理协议）的对象网络。
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公开(公告)号：US07545782B2
公开(公告)日：2009-06-09
申请号：US10782196
申请日：2004-02-19
Applicant: Stephen G. Rayment , Biswajit Nandy , Tricci Yuk-Ying So
Inventor： Stephen G. Rayment , Biswajit Nandy , Tricci Yuk-Ying So
Abstract: Devices, networks and methods relating to routing gateway traffic in a mesh network for wireless access. A mesh network has multiple nodes in at least one gateway node through which all incoming and outgoing data traffic pass through. The nodes provide wireless access to wireless and user devices, each of which is associated with a node in the mesh network. Each gateway node contains a record detailing which nodes are providing wireless access to which wireless end user device and which nodes are associated with which end user devices. This record of each end user device's location is periodically updated as the gateway node periodically receives data from the nodes which detail the device is being serviced by which node. Any incoming data traffic destined for an end user device is encapsulated and routed to the proper node servicing that end user device.
Abstract translation: 与用于无线接入的网状网络中的路由网关流量相关的设备，网络和方法。 网状网络在至少一个网关节点中具有多个节点，所有传入和传出的数据流量通过该节点通过。 节点向无线终端用户设备提供无线接入，每个终端用户设备与网状网络中的节点相关联。 每个网关节点包含一个记录，详细说明哪些节点正在向哪个无线终端用户设备提供无线接入，以及哪些节点与哪些终端用户设备相关联。 随着网关节点周期性地从节点接收数据，周期性地更新每个最终用户设备的位置的该记录，详细说明该设备被哪个节点服务。 去往最终用户设备的任何传入数据流量被封装并路由到为最终用户设备提供服务的正确节点。
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公开(公告)号：US06625118B1
公开(公告)日：2003-09-23
申请号：US09306414
申请日：1999-05-06
Applicant: Jamal Hadi Salim , Biswajit Nandy , Nabil Seddigh , Joseph Fook-Kong Thoo
Inventor： Jamal Hadi Salim , Biswajit Nandy , Nabil Seddigh , Joseph Fook-Kong Thoo
IPC: H04L1228
CPC classification number: H04L12/5602 , H04L47/10 , H04L47/12 , H04L47/193 , H04L47/263 , H04L47/30 , H04L47/32 , H04L47/33 , H04L47/35 , H04L2012/5635 , H04Q11/0478
Abstract: In a packet network, on receiving a packet a receiving host determines if the packet has been marked by any of the nodes through which it passed, to indicate congestion at that node, e.g. by checking the CE bit in an IP header. A packet flow control parameter is generated at the receiving side, and sent to the source using an Internet Protocol, as part of the packet acknowledgment, to control the flow of packets from the source, according to the packet flow control parameter. This can reduce control loop delays caused by waiting at the source for a number of acknowledgments to arrive before the congestion level can be calculated. Conditions at the receiver which may be different to those at the source can now be taken into account in the flow control.
Abstract translation: 在分组网络中，在接收到分组时，接收主机确定分组是否已被其通过的任何节点标记，以指示该节点处的拥塞，例如， 通过检查IP头中的CE位。 在接收侧生成分组流控制参数，并且根据分组流控制参数，作为分组确认的一部分，使用因特网协议向源发送来控制来自源的分组流。 这可以减少在可以计算拥塞水平之前在源处等待多个确认到达的控制环路延迟。 现在可以在流量控制中考虑在接收器处可能与源不同的条件。
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公开(公告)号：US08811346B2
公开(公告)日：2014-08-19
申请号：US13459906
申请日：2012-04-30
Applicant: Stephen G. Rayment , Biswajit Nandy , Tricci Yuk-Ying So
Inventor： Stephen G. Rayment , Biswajit Nandy , Tricci Yuk-Ying So
IPC: H04W4/00
Abstract: Devices, networks and methods relating to routing gateway traffic in a mesh network for wireless access. A mesh network has multiple nodes in at least one gateway node through which all incoming and outgoing data traffic pass through. The nodes provide wireless access to wireless and user devices, each of which is associated with anode in the mesh network. Each gateway node contains a record detailing which nodes are providing wireless access to which wireless end user device and which nodes are associated with which end user devices. This record of each end user device's location is periodically updated as the gateway node periodically receives data from the nodes which detail the device is being serviced by which node. Any incoming data traffic destined for an end user device is encapsulated and routed to the proper node servicing that end user device.
Abstract translation: 与用于无线接入的网状网络中的路由网关流量相关的设备，网络和方法。 网状网络在至少一个网关节点中具有多个节点，所有传入和传出的数据流量通过该节点通过。 节点提供对无线和用户设备的无线接入，每个设备与网状网络中的阳极相关联。 每个网关节点包含一个记录，详细说明哪些节点正在向哪个无线终端用户设备提供无线接入，以及哪些节点与哪些终端用户设备相关联。 随着网关节点周期性地从节点接收数据，周期性地更新每个最终用户设备的位置的该记录，详细说明该设备被哪个节点服务。 去往最终用户设备的任何传入数据流量被封装并路由到为最终用户设备提供服务的正确节点。
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